Shape check for arbitrary rf/grad about pypulseq HOT 5 CLOSED

Yes, this fixes the above problem. You can close the issue.

from pypulseq.

Could you share code to reproduce this?

from pypulseq.

`from pypulseq.opts import Opts  
from pypulseq.Sequence.sequence import Sequence
from pypulseq.make_arbitrary_rf import make_arbitrary_rf

import numpy as np
import math

system = Opts(max_grad=32, grad_unit='mT/m', max_slew=130, slew_unit='T/m/s', grad_raster_time=10e-6, rf_raster_time= 10e-6)
seq = Sequence(system)

rf = np.ones((1, 300), dtype=complex)
#rf = np.ones((300, 1), dtype=complex)

rf_waveform, _ = make_arbitrary_rf(flip_angle=90 * 180 / math.pi, system=system, signal=rf)
seq.add_block(rf_waveform)`
from pypulseq.

Running the code above as it is, it would break.
However, if you run the second rf line instead that is now commented, it will go through.

from pypulseq.

Thank you! Commit 0f55671 should have fixed this. Please let me know so I can close the issue.

from pypulseq.